Cell Crusher With FerRous OxaLate is a very convenient device that can be used to crush all kinds of products, especially some fine particle products need to be used.
Cell Crusher with ferrous oxalate is compressed Air is accelerated into a supersonic airflow into a supersonic gas stream, and the gas flow is fluidized (the airflow expansion is suspended from each other), and thus each particle has the same motion state. Low temperature Applications Cell Crusher With FerRous Oxalate can operate under ultrasonic speed, formation of minus decay minimum low temperature environments in the comminuted chamber, do not need liquid nitrogen cooling to implement ultrafine processing, low production cost, high production cost, high efficiency .
Typical materials are: pigments, resins, sulfur, sulfide sulfide, pesticides, epoxy resins, polytetrafluoroethylene, rubber, and phosphate.
Typical products include soybean, pollen, hawthorn, sodium chloride, Cordyceps, mushrooms, pearl powder, gastric medicine, Nimodi, antibiotics, ginseng, angiographic drugs, Ganoderma lucidum, five times, He Shouwu et al .
Typical products are: garnet, silica, diamond, silicon carbide, white carbon black, diamond, aluminum soil, boron oxide, tungsten carbide, special ceramics, etc.
ALPA Gypsum Cell CRUSHER with FERROUS OXALATE Case: The company is a more well-known non-metallic mine company in South Africa, the company's main product is the ultra-metallic mine such as square solution and gypsum. Ultra-fine powder, the company learned about our equipment through our website, read our case, and finally choose Cell Crusher With Ferrous Oxalate, the company's Cell Crusher With Ferrous Oxala, as its gypsum ultrafine powder production line.
Technical parameters:
Finished product granularity: D97: 5UM
Cell Crusher with ferrous oxalate material is not small, the material is stacked for a long time The silo plate knot, the material moisture, the material appears in the silo, and the silo cone design does not have the rest of the material. Solving silo does not small materials suggests design phase to fully understand the properties of materials, such as pile specific gravity, liquidity, moisture resistance, rest horn, particle size, flammable and explosive properties. Using auxiliary measures, such as air disc, air hammer, air blowing, vibration discharge mechanism, artificial hitting, etc. The pulverizer is an apparatus for ultrafine pulverized dry materials with air separation, heavy polishing, and shear. It consists of a cylindrical crusher, a grinding wheel, a polishing rail, a fan, a material collection system, etc.. The material enters the cylindrical pulverizing chamber through the feed port, and is crushed along the grinding rail, and the crush is achieved. The pulverized material passes out the pulverizer through the negative pressure air flow caused by the fan, and the material collection system is entered, filtered through the filter bag, the air is discharged, the material, the dust is collected, and the pulverization is completed.
Cell Crusher With Ferrous OxaLate's feeding system is one of the key components. It is often encountered in actual use. For example, the silo is not affected, and the feeding is not uniform, and even can't feed. Simple analysis of non-uniform feeding of feed is more sticky or fluidity, and the design of the feeding system is designed. Feeding uneven resolution suggests based on material properties systemic solution, such as silo structure, auxiliary sheet structure, feeding valve structure, auxiliary feeding measures, and ventilation and control systems. The feeding system is generally silo, auxiliary tablet equipment, and feeding mechanism three components, depending on the material properties, the design parameters of the feeding system are different.
The above is the use of the Cell Crusher With Ferrous Oxalate product precautions and simple solutions. Everyone must pay more attention when using.
